Cultured Solutions UC Roots-Mineral De-scaler

Elevate the efficiency and longevity of your hydroponic systems with Cultured Solutions® UC ROOTS, the premier mineral descaler designed to tackle even the most stubborn mineral deposits. Whether you're utilizing DWC/RDWC, Rockwool, NFT, Ebb/Flow, Drip, or any substrate-based hydroponics setup, UC ROOTS ensures that your irrigation equipment remains in pristine condition, promoting optimal plant growth and reducing maintenance costs. This powerful formula not only cleans but also maintains the cleanliness of your systems by preventing future build-up, ensuring a smooth operation whether in re-circulating or drain-to-waste systems.

UC ROOTS is engineered to be safe and effective across a wide range of hydroponic applications. Its versatility makes it an indispensable tool for growers looking to optimize water quality and enhance plant health. By minimizing mineral deposits, UC ROOTS helps in maintaining a balanced nutrient delivery, reducing the risk of blockages and equipment wear. Experience peace of mind and superior results with Cultured Solutions® UC ROOTS, making it a must-have for serious hydroponic enthusiasts and commercial growers alike.

Instructions

Treatment for Hydroponics System/Reservoir: Add 2-5mL of UC ROOTS per gallon of nutrient solution every 3-5 days if nutrient temps are below 68°F or every 1-3 days if nutrient solution temps exceed 76° F.

Periodic Flush: Add 5-10mL of UC ROOTS per gallon of water and continue to irrigate as normal. Continue this process for 12-24 hrs.

Pre-Harvest Flush:: Add 5-10mL of UC ROOTS per gallon of water and continue to irrigate as normal. Continue this process for the last 3-5 days of the flowering cycle.

Cloning /Propagation: Add 15 mL of UC ROOTS per gallon of fresh water at the beginning of the cloning/propagation process.

– Do not pour unused fertilizer back into the bottle.
– Maintain clean measuring devices.
– Store in a cool, dark area.

Feeding Schedule
Nutrient Calculator

Cultured Solutions UC ROOTS – SDS.pdf